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Achievements, constraints and gaps of nano-techniques pertains to augmenting herbal drug efficacy

机译:纳米技术的成就,局限和差距与提高草药功效有关

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Herbal drugs although gaining high cultural acceptability with an impression being with lesser side effects, nonetheless suffer from restricted therapeutic values due to their poor aqueous solubility, absorption, liberation, distribution, poor or excessive fast metabolism, insufficient response and low entrapment efficiency. Novel Drug Delivery Systems (NDDS) have shown their efficacy in reducing these drawbacks and nanotechnology being one of the approaches adopted. Nano dosage forms like polymeric nano-particles, nano-capsules, liposomes, phytosomes, nano-emulstion, ethosomes, prionsmome and micro-emulsions are the examples of NDDS approaches. Botanical, active ingredients, biological activities, efficiency, methods related with preparation of nano formulation and potential advantages of one hundred five herbal drugs have been reviewed. Present endeavor suggested that current endorsed nano-particle systems have in some cases improved the therapeutic index of drugs by reducing drug toxicity or enhancing drug efficacy. Future research appraisal ought to be coordinated toward finding alternative pathway addressing nano-toxicology, recognition of biological effects of nano-particles in the environment and creation of the bases of nanobio monitoring.
机译:草药虽然具有较高的文化接受性,且印象较少,但由于水溶性差,吸收,释放,分布,快速代谢不良或过度,反应不足和截留效率低,因此仍然受到治疗价值的限制。新型药物传递系统(NDDS)已显示出在减少这些缺陷方面的功效,而纳米技术是所采用的方法之一。 NDDS方法的实例包括纳米剂型,例如聚合物纳米颗粒,纳米胶囊,脂质体,植物体,纳米乳剂,核糖体,病毒体和微乳剂。综述了植物学,活性成分,生物活性,效率,与纳米制剂制备有关的方法以及一百零五种草药的潜在优势。当前的努力表明,当前认可的纳米颗粒系统在某些情况下通过降低药物毒性或增强药物功效而改善了药物的治疗指数。未来的研究评估应该协调起来,以寻找解决纳米毒理学的替代途径,认识到纳米粒子在环境中的生物学效应,并建立纳米生物监测的基础。

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